9month25Day evening7points，The 19th issue of the "Bo Wen Lecture" series of academic lectures at the School of Electrical Engineering, at the Teaching Building5306Successful hosting。This lecture was lectured by Professor Lu Tianguang from the School of Electrical Engineering，VIA to give electrical students to bring a unique experience，Understanding the intelligent side of the electrical industry，Let everyone get new knowledge，It also allows the freshmen to better experience the charm of electrical for the first time。

Low -carbon technology generally refers to power involving electricity、Traffic、Architecture、Metallurgical and other departments，New technologies that effectively control greenhouse gas emissions in the fields of clean and efficient utilization such as coal and renewable energy。Lu Tianguang combined with real life pointed out the feasibility of the low -carbon power system、necessity and influence。The increasing increasing effect of the greenhouse，Low -carbon life becomes a must -have road，Maintaining sustainable development will make human life a more level，Therefore, the low -carbon power system is a must -have road。Use superconducting transmission technology、Power distribution automation technology, etc. will achieve large -scale、High -efficiency carbon emission reduction。

 Lu Tianguang described the operation of the low -carbon power system under the perspective of smart grid，Start with the definition of the function grid，Requirements for low -carbon power to use the safety of electricity for electricity，Finally describes the formation elements of the function grid，For the students, the system of the function grid and its composition。Finally, he tells the significance of the smart grid to the low -carbon power system -reduce the reduction of source energy useCoEat volume，Then bring emission reduction benefits，Then propose methods to realize the low -carbon power system。

 This lecture makes electrical students more comprehensively recognize the scientific research work in electrical，Help students further cultivate scientific research capabilities and engineering thinking。